Table 3 Parameters of classifier and regression for machine learning methods.

From: Predicting loss aversion behavior with machine-learning methods

Methods

Criterion

n estimators

Splitter

Max depth

Min samples split

Min samples leaf

Min weight fraction leaf

Max features

Random state

Max Leaf Nodes

Min İmpurity Decrease

Min İmputrity Split

Bootsrap

Class weight

ccp_alpha

Decision Tree Classifier

gini

Best

None

2

1

0

None

None

None

0

0

None

0

Decision Tree Regressor

mse

Best

None

2

1

0

None

None

None

0

0

None

0

Random Forest Classifier

gini

100

None

2

1

0

Auto

None

None

0

0

True

None

0

Random Forest Regressor

mse

100

None

2

1

0

Auto

None

None

0

0

True

0

Methods*

C

Epsilon

Kernel

Degree

Gamma

Coef0

Shrinking

Probability

Tol

Cache size

Class weight

Verbose

Max İter

Decision function shape

Break ties

Random state

Kernel SVC

1

Linear

3

Scale

0

True

False

1e−3

200

None

False

−1

ovr

False

None

Kernel SVR

1e3

0.4

rbf

3

1e-1

0

True

0.001

200

False

−1

Methodsa

n neighbors

Weights

Algorithm

Leaf size

p

Metric

Metric params

n jobs

k-NN Classifier

5

Uniform

Auto

30

2

Minkowski

None

None

k-NN Regressor

5

Distance

Auto

30

 

Minkowski

None

None

  1. aParameters that are not listed could be found at www.scikit-learn.org.